Metal Testing Equipment

Product Details:

Additional Information:

• Item Code: drysandab

Using our years of experience and with the support of our diligent team of professionals, we are instrumental in providing quality assured Digital Spring Testing Machine

Technical Specification:

• Motor operated

• Gear box: worm reduction

• Compression plate set for compression springs

• Attachment for the tension springs

• Over travel protection

• Digital display of load and deflection(least count 0.1 mm)

• Movement by motor, worm reduction gear box and screw mechanism.

The “asian” Computerized Universal Testing Machine provide a relatively inexpensive way for determining the tensile, compression, shear strength and elongation of variety of raw materials such as rubber, leather, fabric, plastics, belts, wires etcetera. They are based on constant rate of traverse principle in which one end of the test specimen is held in a stationary grip, (or place on the compression plate) while the other end is made to move at a known fixed speed with the help of motor, two gear boxes and duel screws arrangement. The load exerted on the stationary grip is sensed by a load cell and indicated by a digital load indicator and also indicated with graph on the monitor of the computer. The controller is microprocessor based and has the facility of over load protection, peak hold, stop the machine when the sample is break and auto calibration. The load directly indicated in kilograms or newton.

We will provide the window based software which give the different measurement parameter and the graph between load vs elongation or stress vs strain. The software have facility to store the data in memory and have the facility to indicate the break load, yield load elongation at break load and yield load the software have the facility to automatically calculate the yield, tensile strength and compression strength the report can be printout by using proper printer.

The elongation of the test specimen is measured on a digital indicator fixed on the frame of the tester, which indicates the distance between the grips.

Digital Rockwell Hardness Tester is of cast-iron body. The enclosed design protects the internal operating parts from detrimental dust and extraneous elements. The main screw is also protected by a rubber bellow. The basic system is one of weights and levers. The weights under hydraulic dash-pot time control are applied on free end of lever, which transmits the pressure on plunger and there by on the work-piece for determination of hardness value. A clamping device enbles the tight clamping of work-piece during the test which at times can not be checked under normal conditions. This machine conforms to relative IS, BS and ASTM Standards.

• Suitable for Torsion and twist tests on various metal rods and flats.
• Torque measurement by torque cell.
• One range with a high resolution throughout the range.
• Geared motor to apply the torque to specimen through gear box
• Measurement of Angle of Twist by digital indicator.
• Display of Torque and Angle of twist on LED display provided on Data Acquisition System.
• Accuracy of torque measurement ± 1% in the range from 4% to 100% of machine capacity.

Coating Thickness Gauge is Used to check non ferrous coating as galvanizing, chrome, paint, electroplating on ferrous work pieces

Technical Data:

• Operating principal : Magnetic induction (F)
• Measuring range : 0-1000um (Possible up to 1500um)
• Resolution : 0.1/1um
• Accuraacy : ±1-3%n or ± 2.5um
• Min. Measuring area : 6mm
• Min sample thickness : 0.3mm
• Metric/imperial : convertible
• Auto power off : yes.

The “ASIAN”DRY SAND ABRASION TEST RIG has been designed as per ASTM G 65 specifications. This test uses a rubber-rimmed wheel as the bed for silica abrasive that is fed from a hopper by a nozzle between the sample and the wheel. The sample is pressed into the wheel by a dead weight loaded lever. The test is run for a set number of revolutions with automatic cutoff and the wear is measured by measuring the volume of material lost through mass loss and density measurements.

1. Abrasive - AFS 50 – 70 test sand (about 200 micron size)

1. Wheel speed – 100 - 500 rpm continuously variable through AC frequency inverter with AC induction motor of 0.75 KW (3 phase)

2. Abrasive flow rate – 50 – 500 gms/min through precision conveyor mechanism

1. Test load - 45 to 130 N

1. Wheel diameter – 228 mm

1. Chlorobutyl rubber hardness – A 58 to 62 on a Shore Durometer.

1. Revolutions controller – Microprocessor based digital preset counter 1rev. to 9999 revs.

1. RPM Indicator (for measuring the rubber wheel speed)

1. Power input – 220V, single Phase, 6 Amps (120 VAC,60 Hz also available)

1. Specially designed stainless steel nozzle for accurate abrasive flow.

1. Stainless steel loading arm with a lifting cam and easily changeable dead weights.

1. Stainless steel hoppers for abrasive feed and dust collection.

1. Stainless steel dust collection container.

1. Sheet metal fabricated and powder coated storage space for specimen, wheels and dead weights.

2. The frame of the machine is made of tubular section and powder coated.

1. The test area is enclosed in a dust proof cubicle with a glass door and suitable illumination for viewing the specimen during the test.

2. The entire test rig is designed so as to protect the user from the dust emerging from the machine during the test duration.

3. Chloro-butyl rubber rimmed wheels – one mounted on machine and one given as a spare.

4. 3 Types Reference materials supplied along with the machine (each 05nos)

1. AISI D-2 Tool steel (IS 165 CR MO12 HRC 58-60 HRC) Procedure – A

2. AISI H-13 (Die steel) HRC 47- 48 Procedure – B

3. (c) AISI 4340 steel HRC 3133 Procedure – B or E

Optional

1. Temperature measurement under the test surface with J type thermocouple and digital temperature.

2. Chloro-butyl rubber rimmed wheels.

The “Asian”Universal testing machine provide a relatively inexpensive way for determining the Tensile, compression, shear strength and elongation of variety of raw materials such as rubber, leather, fabric, plastics, Belts, wires etcetera.

They are based on constant rate of traverse principle in which one end of the test specimen is held in a stationary grip, (or place on the compression plate) while the other end is made to move at a known fixed speed with the help of motor, two gear boxes and duel screws arrangement.

The load exerted on the stationary grip is sensed by a load cell and indicated by a digital load indicator and also indicated with graph on the monitor of the computer. The controller is microprocessor based and has the facility of over load protection, peak hold, stop the machine when the sample is break and auto calibration. The load directly indicated in kilograms or Newton.